Copilot in OneNote reads the notes already on your page and, through prompts you type into a side pane, summarizes meetings, extracts action items into a table, and rewrites rough text into something presentable, all without you retyping a word. At Code Creators, the detail people run into most often isn’t a prompting problem, it’s licensing: not every Microsoft 365 Copilot plan actually includes OneNote access, and Copilot Chat Basic specifically doesn’t unlock it, which is a common source of “why can’t I see the button” tickets.  

This guide covers how to activate Copilot in your notebooks, the everyday prompt patterns worth learning, formatting raw notes into action plans, and the governance steps that matter once real corporate data is involved. 

What Does “Copilot in OneNote” Actually Mean? 

Before setting up your workspace, it helps to clear up a common point of confusion: there’s no separately branded “Copilot Notebook” product inside OneNote. What people usually mean by that phrase is simply a regular OneNote notebook with Copilot active on it, since Copilot works directly against whatever notebook and page you already have open, rather than requiring a distinct file type. 

A standard notebook holds static text on a canvas, with manual tagging and search across isolated local pages. Once Copilot is active, the same notebook gains real-time AI text generation, instant meeting summaries, automated task extraction, and cross-page context insights, layered on top of your existing notes rather than replacing them. 

The underlying AI reads your page text, processes your typed prompts, and generates structured content directly inside your notebook sections. It summarizes lengthy discussions, extracts explicit action items, and rewrites text for tone and clarity, all while keeping your corporate information inside your enterprise Microsoft 365 tenant. 

How to Activate Copilot in OneNote 

Unlocking AI features in your notebook requires meeting a few licensing and configuration requirements, and this is where most setup problems actually happen. 

Step 1: Verify the Right Copilot License 

For work or school accounts, your organization needs to assign you the Microsoft 365 Copilot (Basic) or (Premium) access label specifically. This distinction matters: a Copilot Chat (Basic) license does not include Copilot access inside OneNote, so if you have some form of Copilot but the icon still won’t appear, checking exactly which license label you hold is the first thing to verify, not the last. For personal accounts, you need a qualifying Microsoft 365 Personal, Family, or Premium subscription with Copilot, and in a shared Family plan, only the subscription owner gets desktop Copilot access, not every family member on the plan. 

Step 2: Connect Work Account and Cloud Storage 

Make sure your notebook file lives on cloud storage linked to your organization, either OneDrive for Business or a shared SharePoint Online document library. Notebooks saved only to a personal local drive don’t support cloud AI processing. 

Step 3: Launch the OneNote Ribbon Interface 

Open OneNote for Microsoft 365 on Windows, Mac, or iPad, and keep it updated to the latest version, since Copilot features roll out through regular app updates. Open the notebook page you want help with, select the Home tab, and click the Copilot icon to open the chat pane. Worth noting, full web browser support for Copilot in OneNote is still rolling out as of this writing, so desktop or the iPad app is currently the more reliable place to expect it to work consistently. 

How to Use Copilot in OneNote for Everyday Workflows 

Getting good results means writing prompts that specify the exact source text, the target tone, and the output format you want, rather than vague one-line requests. 

1. Summarizing Unstructured Meeting Notes

After a long strategy meeting, paste your raw transcript onto a notebook page. Open the AI side pane and enter something like: “Summarize this meeting page into three key executive takeaways and present the core decision points in a simple bulleted list.” The engine scans the open page and delivers a clear summary directly into your side pane, or onto your page canvas if you ask it to. 

2. Extracting Clear Task Tables

Converting raw meeting discussion into accountable deliverables takes seconds. Highlight your discussion notes and prompt: “Extract all explicit action items from this page and create a simple table containing Task Name, Assigned Owner, and Target Deadline.” We’ve found this specific structure, naming the exact columns you want, produces a far more usable table than a generic “make a task list” request, which tends to come back inconsistent in format. 

3. Drafting Outlines and Project Plans

When planning a new product launch or technical project, use your notebook as an active brainstorming canvas: “Draft a five-step project launch outline for a cloud migration initiative based on the notes on this section page.” 

Step-by-Step: Formatting Raw Notes into Action Plans 

Turning unorganized meeting notes into structured project documents lets teams execute deliverables without delay. 

Step 1: Consolidate Raw Notes on the Page Canvas 

Gather raw meeting notes, pasted chat logs, and rough outline ideas onto a single page inside your project section. 

Step 2: Trigger Canvas In-Line Prompts 

Click directly inside any open text container on your notebook canvas. Select the floating AI icon to open the quick prompt line. 

Step 3: Refine and Rewrite Text 

Apply quick commands to adjust text clarity and structure. Rewrite rephrases casual sentences into crisper business language. To List converts unstructured paragraphs into numbered steps or bullets. Format applies clean typography and paragraph breaks for executive review. 

Step 4: Accept and Insert Outputs 

Review the generated draft text. Click Keep It to insert the newly structured block onto your canvas, or Regenerate to adjust your prompt and try again. 

Feature Comparison: Standard OneNote vs. AI-Enhanced OneNote 

Data Privacy and AI Scope Limits 

How does Microsoft protect corporate data privacy when processing notebook pages with artificial intelligence? 

Microsoft isolates notebook processing inside your enterprise Microsoft 365 tenant boundary. Prompts, notebook text, and generated responses aren’t used to train public foundation models. The system processes page context using Microsoft Entra ID authentication, so access rights mirror your existing file permissions: if a user lacks permission to view a confidential SharePoint notebook page, the AI engine can’t access or summarize that content. Data transfers use encrypted connections, consistent with Microsoft 365’s broader enterprise compliance certifications. 

Best Practices for Enterprise AI Note Governance 

Rolling out AI tools across team notebooks needs clear governance to keep data integrity, policy compliance, and documentation clean. 

Review AI Outputs Before Sharing 

Always review generated content before distributing notes to external clients or leadership. Check extracted dates, task assignments, and numerical values against the original raw notes, since Microsoft itself notes that Copilot responses can contain inaccuracies. 

Standardize Section and Page Hierarchies 

Maintain clean notebook structures by grouping pages logically under clear section groups. Assign distinct titles to meeting pages, such as YYYY-MM-DD_Project_Kickoff, to improve accuracy when running multi-page summaries. We’ve seen summary quality drop noticeably on notebooks full of pages titled “Notes” or “Meeting” with no distinguishing detail, since Copilot has less to work with when everything looks the same. 

Enforce Sensitivity Labels Across Shared Notebooks 

Apply Microsoft Purview sensitivity labels to notebooks containing confidential financial, HR, or legal data. Configuring sensitivity rules prevents unauthorized export, copying, or improper automated processing of sensitive corporate information. 

Modernize Your Digital Workplace With Code Creators 

Integrating AI into daily note-taking workflows, configuring secure cloud storage, and establishing enterprise Microsoft 365 governance require specialized platform expertise. Without structured configuration and adoption planning, organizations risk underutilizing these features or creating scattered data silos. 

At Code Creators, our certified Microsoft solution architects help enterprises modernize digital workspaces and deploy secure productivity tools, and we’ve walked more than one client through exactly the licensing confusion this guide describes before they realized which Copilot label they actually needed. We help your team turn static notes into active organizational intelligence. 

Schedule a Consultation for Microsoft Copilot Services for Business at Code Creators to get your Copilot rollout, licensing included, right the first time. 

Copilot in Planner lets you build task boards, break large deliverables into subtasks, and generate status reports by typing a plain-language prompt instead of clicking through buckets manually. Microsoft has since folded this feature into what it now calls Planner Agent, but the underlying capability, and the “copilot in planner” name most people still search for, works the same way described below.

We’ve rolled this out across several client tenants over the past few months, and the honest takeaway is that it removes the setup grind (buckets, initial task lists, first-pass status reports) far more reliably than it handles nuanced judgment calls, like which overdue task is actually the real bottleneck. Below is what it does, how to use it day to day, and where it still needs a human checking its work.

What Is the AI Engine Inside Microsoft Planner?

The assistant now branded Planner Agent (it started life as the “Project Manager agent” before Microsoft’s March 2026 rename) pairs Planner’s Kanban boards with a natural-language interface. It reads the tasks already on a board, interprets a prompt typed into the side pane, and writes structured elements, buckets, task cards, subtasks, goal mappings, status summaries, directly onto that board.

Two things worth knowing before you start:

• It comes in two places. There’s the agent built into an individual plan (the floating action button in the corner of a board), and there’s Planner Agent inside Microsoft 365 Copilot Chat, which can answer questions and update tasks across all your plans from Teams or Outlook without opening Planner at all. They don’t do quite the same things, more on that in the FAQ below.
• It replaced manual setup, not manual judgment. In our testing, the generated buckets and first-draft subtasks were usable most of the time, but they still needed a human pass to confirm effort estimates and deadlines against actual team capacity, the tool doesn’t know who’s on vacation next month.

How to Use Copilot in Planner for Everyday Execution

Using it well comes down to writing prompts that specify the objective, the timeline, and how granular you want the breakdown, the agent won’t ask clarifying questions the way a person would, so vague prompts tend to produce generic output.

1. Building a Complete Project Plan from Scratch

Open a new or existing plan, open the agent (the floating action button in the corner of the board, or the prompt pane), and enter something like:

“Build a project plan for a corporate software migration including buckets for Discovery, Execution, Testing, and Deployment.”

The agent generates task buckets populated with starter action items. In practice, expect to rename a few tasks and adjust dates before you’d hand this to a team, treat the first pass as a draft, not a finished plan.

2. Breaking Down a Complex Task into Subtasks

Select a high-level task card and prompt it directly:

“Break down this software testing task into six sequential subtasks including unit testing, user acceptance testing, and security checks.”

3. Summarizing Progress and Flagging Bottlenecks

Once a plan has enough activity logged (Microsoft’s guidance is at least 10 tasks for a meaningful report), open the Reports tab or the prompt pane and ask:

“Summarize the current progress of this project plan, highlighting completed milestones, overdue tasks, and high-priority bottlenecks.”

Assigning a task directly to the agent also works, you stay on the task as a collaborator, so you can track what it’s doing rather than losing visibility once it takes something over.

Step-by-Step: Turning a Project Goal Into a Working Board

Step 1 — Define the goal and milestones.

Open the plan in Planner or Teams and set your primary objective and target dates before you prompt anything, the agent’s output is only as specific as your input.

Step 2 — Open the agent.

Use the floating action button on the plan, or the prompt icon in the toolbar, to open the interactive pane.

Step 3 — Enter a targeted command.

A few patterns we use regularly:

• Add buckets – creates category columns across the board.

• Add tasks – populates task cards with titles, descriptions, and effort estimates.

• Set goals – maps individual tasks to a strategic objective in the goals bucket.

Step 4 — Review before you commit.

Check generated task cards and buckets, then select Keep It to apply them to the live board or refine the prompt if dates or scope are off. Don’t skip this step, auto-generated dates in particular are a starting point, not a commitment.

Enterprise Configuration Checklist

Before rolling this out past a pilot team, confirm the following:

• Licensing – Assign Microsoft 365 Copilot licenses in the admin center; this is what unlocks the agent, not a separate Planner add-on. Users with a Planner Plan 1, or Planner and Project Plan 3/5 license on top of that get additional premium capabilities.

• Tenant integration – Connect Planner to Teams and SharePoint so boards sync across the channels your team already works in.

• Sensitivity labeling – Apply Microsoft Purview sensitivity labels to plans that shouldn’t be broadly visible; the agent respects existing board permissions, but labeling is still your control for who can open the board in the first place.

• Goal tracking – Set up the goals bucket in advanced plan views so generated tasks map to real business objectives instead of sitting unconnected.

Security and Access: What Actually Happens to Your Data

Does Microsoft process Planner board data outside your tenant? No, Planner Agent runs within your Microsoft 365 tenant boundary, and prompts, board tasks, and generated summaries aren’t used to train public large language models.

Access is governed by your existing Microsoft Entra ID permissions: if someone isn’t authorized to view a plan, the agent can’t summarize or surface tasks from it on their behalf. Processing follows Microsoft’s standard Microsoft 365 data handling and compliance commitments, if your organization needs to confirm a specific certification or regulatory scope (such as regional data residency or an industry-specific standard), that’s worth verifying directly against Microsoft’s current Trust Center documentation rather than assuming a blanket guarantee, since compliance scope varies by service and license.

Getting This Right at the Enterprise Level

The rough edges we see most often aren’t with the agent itself licensing gaps, permission mapping that doesn’t match how a team actually works, and boards that never get connected to real goals. That’s implementation and governance work, not a Planner problem.

If you’re past the pilot stage and need the licensing, permissions, and integration work done properly, Microsoft Copilot Integration Services scope and build the connections between Copilot, Planner, and the rest of your Microsoft 365 tenant so the agent is actually working from complete, correctly-permissioned data, not just the slice of it Copilot can see by default.

Book a free Copilot integration assessment with Code Creators to see which gaps are worth closing first.

A sales representative finishes a customer call, then spends the next 20 minutes checking old emails, searching CRM records, reviewing meeting notes, and updating the opportunity before sending a follow-up. When this happens across several deals every day, administrative work starts taking time away from actual selling. The information is already there, but finding and using it quickly becomes the real problem.

While working with Microsoft 365 and business application environments at Code Creators, we have seen how easily this gap appears in day-to-day sales workflows. Sales teams often have customer data spread across Outlook, Teams, Dynamics 365, Salesforce, and other systems, which makes simple tasks such as preparing for a meeting or following up with a prospect more time-consuming than they should be. Microsoft Copilot for Sales helps bring that information closer to the tools you already use. 

Microsoft now increasingly presents this experience as the Sales agent in Microsoft 365 Copilot, which it describes as the evolution of Copilot for Sales. In this article, you will learn what Microsoft Copilot for Sales can do, which features matter most, how licensing works, how it compares with Agentforce, and what your sales team should cover during training. 

What Can Microsoft Copilot for Sales Do?

Microsoft Copilot for Sales connects with Dynamics 365 Sales or Salesforce and brings CRM context into Outlook, Teams, Microsoft 365 Copilot, and other supported Microsoft 365 experiences. 

Instead of opening multiple systems to find account details, contact information, opportunities, or previous customer activity, you can ask Copilot questions in natural language and access relevant sales information more quickly. 

The practical benefit is simple: you spend less time moving between systems and more time acting on customer information. 

Prepare for Sales Meetings Faster

Preparing for a sales meeting often means checking the account record, reviewing the opportunity, reading recent emails, and looking for unresolved questions. 

With Microsoft Copilot for Sales, you can bring much of that information together before the meeting. You can review recent interactions, check CRM details, look at previous conversations, and identify important follow-up items without manually searching through several applications. 

In the sales processes we have observed, meeting preparation often requires sales representatives to check what happened in the previous conversation, which action items are still open, and where the opportunity currently stands. Copilot can help bring that context together faster. 

However, the quality of the information you receive depends heavily on the quality of your CRM data. If your team leaves opportunities, contacts, activities, or meeting records incomplete, Copilot has less reliable information to work with. 

Draft and Improve Customer Emails

Email is one of the most practical ways you can use Microsoft Copilot for Sales in your daily workflow. 

You can use Copilot to summarize long email threads, draft replies, prepare follow-up messages, and create a starting point for customer communication based on existing account context. 

This becomes especially useful after discovery calls, proposal discussions, pricing conversations, or periods when a customer has gone quiet. Instead of starting with a blank email, you can work from a draft that reflects the conversation history and then adjust it before sending. 

You should still review every important message yourself. Copilot can speed up the writing process, but you remain responsible for checking pricing, commitments, technical information, deadlines, and relationship-sensitive wording. 

Find CRM Information Without Digging Through Records

In the sales workflows we have observed, sales representatives often need to check the current opportunity value, primary contact, forecast stage, estimated revenue, recent activity, or account history before speaking with a customer. 

Normally, that could mean opening your CRM, searching for the account, checking several tabs, and then returning to Outlook or Teams. 

With Microsoft Copilot for Sales, you can ask for this information in natural language. Depending on your permissions and setup, Copilot can retrieve account, contact, and deal information while respecting the access rights already configured in your CRM. 

If you also use Microsoft 365 Copilot, you can bring permitted information from emails, Teams meetings, messages, and people data into the same workflow. 

This is where Copilot becomes more useful than a simple writing assistant. It helps you reduce the amount of time you spend navigating between systems just to find information you already have. 

Turn Meetings Into Clear Follow-Up

A productive sales meeting can still lose value if you do not capture what happened and follow up quickly. 

Important concerns, next steps, buying signals, or customer questions can easily get lost when you rely on memory or delay updating your CRM. 

When you use Copilot with supported Teams and sales workflows, it can help you surface discussion points, action items, customer concerns, and follow-up information. You can then use that context to prepare your next email or continue working on the opportunity. 

For your sales team, the real benefit is not simply getting a meeting summary. It is having a clearer path from conversation to action. 

Microsoft Copilot for Sales Features and Reviews: What Matters in Practice

When you evaluate Microsoft Copilot for Sales features and reviews, ask one practical question: 

Does the tool remove unnecessary steps from your sales workflow? 

For organizations that already rely heavily on Microsoft 365, one of Copilot for Sales’ main advantages is that it brings sales information into tools your team already uses. 

If you spend most of your day in Outlook and Teams, accessing CRM context there can reduce the need to constantly switch between applications. 

User reviews can also help you understand where the product performs well and where teams face difficulties. Current Gartner Peer Insights reviews highlight areas such as easier access to information and time savings, while some users mention inconsistent AI suggestions, CRM synchronization issues, and licensing complexity. 

These reviews can give you useful signals, but they should not replace your own testing. Your CRM structure, data quality, permissions, and sales process will have a major effect on how useful Copilot becomes in practice. 

Microsoft 365 Copilot for Sales License: What You Need to Know

Licensing is one area you should check carefully before planning a wider rollout. 

Microsoft has changed how it packages role-based Copilot capabilities. Starting October 10, 2025, Microsoft began including Sales, Service, and Finance role-based Copilot functionality with Microsoft 365 Copilot at no additional charge and retired the previous step-up SKUs. 

However, the features available to you still depend on your environment. 

Microsoft states that you need Microsoft 365 Copilot if you want Sales agent to use Microsoft Graph-grounded information such as Outlook emails, Teams meetings, Teams messages, and people data. 

If you use Dynamics 365 Sales Enterprise or Premium, you may still access Sales agent with CRM-only data without Microsoft 365 Copilot. 

Therefore, when you review a Microsoft 365 Copilot for Sales license, do not look at the license name alone. You should confirm your Microsoft 365 licensing, CRM licensing, user permissions, connected data sources, and admin deployment. 

Having the license does not automatically mean every sales capability will be available in your environment. 

Agentforce vs Microsoft Copilot for Sales Teams: Pros and Cons

When comparing Agentforce vs Microsoft Copilot for Sales teams pros cons, your existing technology stack should play a major role in the decision.

If your sales team spends most of the day in Outlook, Teams, Microsoft 365, or Dynamics 365, Microsoft Copilot for Sales can feel more natural because it brings customer information into those existing workflows.

On the other hand, if your sales operation already centers heavily on Salesforce and you want AI-driven actions directly across the Salesforce platform, Agentforce may align more closely with that environment. 

The important point is that you should not compare these platforms only by counting features. 

Instead, look at where your customer data lives, which CRM your team uses, where your sellers spend most of their time, and which platform creates fewer steps between information and action. 

Microsoft 365 Copilot Training for Sales

Your Microsoft 365 Copilot training for sales should focus on real sales tasks rather than broad AI concepts. 

Your sales team should know how to retrieve CRM information, prepare for meetings, summarize customer interactions, draft follow-ups, and work with sales data using clear prompts. 

Training should also teach your team how to verify Copilot’s output. 

In the sales workflows we have observed, teams still review Copilot-generated meeting summaries and customer email drafts before acting on them. This helps catch incorrect or incomplete details, especially when the underlying CRM data lacks context. Sales teams also need to understand that Copilot can only work effectively with the information available to it. 

Poor CRM data can quickly become poor AI context. 

If your team does not regularly update opportunities, customer records, meeting outcomes, and contact information, even strong AI features will have limited value. 

Therefore, your training should cover three areas: how to use Copilot, how to write useful prompts, and how to maintain the data Copilot depends on. 

Microsoft Learn also provides sales-focused training that covers using Sales agent across Outlook, Teams, and supported Microsoft 365 experiences. Your team can use these resources to understand CRM updates, customer communication, AI-assisted meetings, collaboration, configuration, and deployment. 

Get More Value from Microsoft Copilot for Sales with Code Creators

Getting value from Microsoft Copilot for Sales takes more than simply giving your team access to the tool. Your CRM data, Microsoft 365 setup, permissions, existing workflows, and user readiness all shape how useful Copilot becomes in everyday sales work. 

Through our work with Microsoft 365 and business applications, we have seen that the biggest challenge is often fitting Copilot into the way teams already work. Code Creators provides Copilot consulting services to help you review those workflows, prepare your Microsoft 365 and CRM environment, and identify where Copilot can reduce manual steps without disrupting your existing sales process. 

The focus is not on adding another tool to your stack. It is on helping your sales team use Copilot where it can genuinely make everyday tasks easier and more efficient. 

If you are considering Microsoft Copilot for Sales and want to understand how it could fit into your current setup, contact us today to discuss your sales workflow and the next steps for your Copilot implementation. 

Conclusion

Microsoft Copilot for Sales can help your team save time on everyday sales work. It makes it easier to find customer information, prepare for meetings, follow up after calls, and work across Microsoft 365 and your CRM without switching between tools again and again. 

Its value still depends on the basics. Your CRM data needs to be accurate, permissions should be set correctly, and your team should know how to use Copilot properly. Human review also remains important, especially for customer communication and sales decisions. 

When comparing Microsoft Copilot for Sales with Agentforce, the best fit depends on how your team already works and where your sales data lives. The right platform should make daily work easier, not add another layer of complexity. 

Book a consultation with us to learn how Microsoft Copilot for Sales can fit into your sales process and help your team use it more effectively.

A Zoho Mail migration can go wrong at the exact point when employees expect email to keep working normally. Some users may receive new messages in Microsoft 365 while others still get them in Zoho, older folders may not appear in the new mailbox, or a premature DNS change may interrupt incoming email altogether. These are the issues that turn a routine mailbox move into a business disruption. Through our work at Code Creators with Microsoft 365 environments, we have seen that these problems often come from the migration sequence rather than the email transfer itself. User accounts, domain verification, IMAP access, mailbox migration, and DNS changes need to happen in the right order. Otherwise, even a technically successful transfer can leave users dealing with missing mail or inconsistent delivery. 

If you want to migrate Zoho Mail to Microsoft 365, you can use Microsoft 365’s IMAP migration process for email stored in Zoho mailboxes. However, IMAP migration transfers email rather than the complete Zoho workspace, so contacts, calendars, and other non-email data require separate handling.

In this article, you will learn how to prepare both environments, perform the Zoho Mail to Microsoft 365 migration, switch mail delivery, and verify that the new Microsoft 365 mailboxes work correctly.

Step 1: Prepare Your Microsoft 365 Environment

Before moving any messages, create the destination environment in Microsoft 365. 

Microsoft requires the target users and their Microsoft 365 mailboxes to exist before you start an IMAP migration. Therefore, create each user account and assign the appropriate Microsoft 365 license before configuring the migration. 

You should also add and verify your organization’s email domain in Microsoft 365. In migrations we have worked with, domain verification has been one of the first checks before mailbox transfer because Microsoft 365 must recognize the same business domain that users already use in Zoho Mail. 

Do not change the MX record yet. At this stage, Zoho should continue receiving incoming email while you prepare and migrate the existing mailbox content. 

Before moving forward, confirm that: 

• Every Zoho Mail user has a corresponding Microsoft 365 mailbox. 

• Users have the correct Microsoft 365 licenses. 

• Your business domain has been added and verified in Microsoft 365. 

• You have the required Zoho mailbox credentials or another supported authentication method. 

Completing these checks first prevents avoidable errors once the migration batch starts. 

Step 2: Confirm IMAP Access in Zoho Mail

Microsoft 365 can migrate mail from another provider when the source email system supports IMAP. Therefore, you need working IMAP access for the Zoho accounts that you plan to migrate. 

Zoho supports secure IMAP access over port 993 with SSL. However, the exact settings and account access can depend on your Zoho organization and security configuration. 

Before starting the migration, test whether the required accounts can connect through IMAP. If your organization uses multi-factor authentication or other sign-in restrictions, review how those settings affect the credentials used for migration. 

This check matters because Microsoft 365 needs to connect to the source mailbox before it can copy messages. If authentication fails, the migration batch cannot process the affected mailbox. 

Step 3: Create the User Migration File

For an IMAP migration, Microsoft 365 needs a mapping between each Microsoft 365 mailbox and its corresponding source mailbox. 

Prepare the required CSV migration file with the users you want to migrate. Microsoft describes the IMAP migration process as using mailbox information such as email addresses, usernames, and the required source credentials so that Microsoft 365 can connect to each mailbox. 

Check the file carefully before uploading it. Even a small difference in an email address or username can cause a user’s migration to fail while other mailboxes continue successfully. 

For larger organizations, it is often safer to migrate a small group first. A pilot migration lets you verify the connection, folder structure, mailbox access, and migration behavior before moving every employee. 

Step 4: Create the Zoho Mail to Office 365 Migration

Once the destination mailboxes and source access are ready, open the Exchange admin center and begin creating an IMAP migration batch. 

Select the option for migrating from an IMAP-based email service. Then provide the source connection details for Zoho Mail and upload the migration file containing your users. 

Microsoft 365 will attempt to establish a connection with the source email environment. If the connection succeeds, you can continue with the migration configuration. 

At this point, review the migration settings rather than rushing through them. Confirm that the correct users appear in the batch and that Microsoft 365 can authenticate with their source accounts. 

If the system reports a connection error, check the Zoho IMAP settings, credentials, SSL configuration, and account access before starting the batch again. 

Step 5: Start the Migration and Monitor Its Status

After Microsoft 365 accepts the migration configuration, start the batch. 

Microsoft 365 will begin copying the users’ email from Zoho into their new mailboxes. An IMAP migration can copy messages from the inbox and other mail folders, but it does not migrate contacts, calendar items, or tasks. 

This distinction is important. If users depend on Zoho Contacts or Zoho Calendar, plan a separate process for that information instead of assuming the IMAP batch will include it. 

While the migration runs, monitor the migration status in the Exchange admin center. Look for failed mailboxes, skipped items, or authentication problems. 

Do not switch your domain’s mail flow simply because the batch has started. First, confirm that the existing email has reached Microsoft 365 successfully. 

Step 6: Verify the Migrated Mailboxes

Verification should happen before you change where new email is delivered. 

Open several migrated Microsoft 365 mailboxes and compare them with the corresponding Zoho accounts. Check recent messages, older messages, folders, attachments, and other email that users need for normal work. 

For a business migration, test more than one mailbox. A successful migration for one account does not guarantee that every account has the same result. 

Pay particular attention to users with large mailboxes, unusual folder structures, or accounts that showed warnings during migration. 

This validation gives you a clear point at which you can decide whether the environment is ready for the mail-flow change. 

Step 7: Change the MX Record to Microsoft 365

Once you have confirmed that the existing email has migrated correctly, redirect new incoming messages to Microsoft 365. 

You do this by changing your domain’s MX record at the DNS hosting provider. Microsoft specifically identifies the MX-record change as the step that begins routing new email directly to Microsoft 365 instead of the previous mail system. 

Microsoft 365 provides the DNS values required for your domain. Use those values when updating the record rather than copying settings from another organization or an old guide. 

DNS changes may not appear everywhere instantly. Therefore, keep the Zoho environment available while you confirm that new external email now arrives in Microsoft 365. 

Send test messages from an outside email account and confirm that they reach the correct Microsoft 365 mailboxes. 

Step 8: Complete the Migration and Stop Synchronization

After the MX record points to Microsoft 365, continue monitoring mail delivery. 

Microsoft recommends verifying that email now routes to Microsoft 365 before ending the migration synchronization. Once you have confirmed the new mail flow, you can remove the migration batch and stop synchronization with the old source environment. 

Do not close or cancel Zoho services immediately after switching the MX record. Give your team enough time to verify that the required mailbox data exists in Microsoft 365 and that users can send and receive email normally. 

You should also confirm Outlook access, mobile device setup, aliases, distribution addresses, and any business applications that previously sent email through Zoho. 

What Does Not Move Through IMAP Migration?

One of the most important parts of a Zoho Mail to Office 365 migration is understanding what IMAP does not transfer. 

IMAP primarily handles email messages and mail folders. Microsoft states that contacts, calendars, and tasks do not migrate through the standard IMAP method. 

Therefore, if you need to transfer Zoho Mail to Microsoft 365 as part of a wider business migration, create a separate plan for these items. 

You should also review shared addresses, aliases, forwarding rules, signatures, distribution groups, and application-generated email. These settings may need to be recreated in Microsoft 365 because copying mailbox messages does not automatically rebuild the surrounding mail configuration. 

How Do I Migrate My Email From Zoho Mail to Office 365?

The practical process is to create and license the destination users in Microsoft 365, verify your domain, confirm Zoho IMAP access, prepare the mailbox migration file, and create an IMAP migration batch in the Exchange admin center. After the messages migrate, verify the destination mailboxes and then change the domain’s MX record so new email goes to Microsoft 365. Finally, confirm mail flow and complete the migration batch. 

For contacts, calendars, tasks, and configuration settings, use a separate migration method because the standard IMAP process does not transfer them. 

Migrate Zoho Mail to Microsoft 365 with Code Creators

Email migration can quickly become complicated when mailbox data, user accounts, DNS settings, and mail flow need to move without disrupting daily communication. At Code Creators, our experience with Microsoft 365 environments helps us approach these migrations with the right sequence, checks, and validation so businesses can reduce errors during the transition. 

Whether you need help preparing Microsoft 365, configuring the migration, updating DNS records, or verifying mail delivery after the move, the process should be planned around your existing environment and users. 

Planning to move from Zoho Mail to Microsoft 365? Contact Code Creators today to discuss your migration requirements and get expert support for a smooth and controlled transition. 

Conclusion

To migrate Zoho Mail to Microsoft 365 successfully, treat the change as two connected tasks: moving existing mailbox content and redirecting future email. 

First, prepare the Microsoft 365 users, licenses, and domain. Then verify Zoho IMAP access and migrate existing email through the Exchange admin center. After checking that the mailbox data arrived correctly, update the MX record and test new mail delivery before ending synchronization with Zoho. 

The order matters. Moving the MX record too early can split messages between systems, while skipping mailbox verification can leave users discovering missing data after the change. A controlled migration keeps Zoho available until Microsoft 365 has both the historical email and the new incoming mail flow working as expected. 

If your team is ready to move from Zoho Mail, explore our Microsoft 365 migration services to plan the transition, reduce migration risks, and make sure your email environment is configured correctly from start to finish. 

Your team submits a request through one tool, copies the details into a spreadsheet, sends an email for approval, and then updates another system when the request is complete. The process works, but every extra handoff creates more manual work and another opportunity for information to get missed or entered twice. Building an app seems like the obvious fix, but turning all those steps, data sources, permissions, and approvals into one working application is where the real development work begins. 

In the Power Platform development work we handle at Code Creators, this is often where a Power App developer’s role becomes clear. The job is not simply to place forms and buttons on a screen. It involves understanding how the existing process works, where its data comes from, what different users need to do, and which steps should connect or run automatically. That experience also shows why a simple-looking business app can require careful decisions about data, security, integrations, and application structure. 

Microsoft Power Apps supports this work by combining low-code development with options for professional developers to extend apps through code, integrations, custom connectors, and reusable components. 

In this article, you will learn what a Power App developer is, what they do, the Power Platform developer skills they need, and examples of Power Apps you can build for different business processes. 

What Is a Power App Developer?

A Power App developer builds and extends business applications using Microsoft Power Apps and related Power Platform services. Their job is to turn your business requirements into an application that gives users the right data, actions, and workflows in one place. 

Power Apps uses a low-code approach, so developers do not have to build every feature from scratch. However, low-code does not mean that development requires no technical knowledge. 

A developer can work with data and metadata, add business logic, use JavaScript where needed, create custom connectors, connect external systems, and extend applications with custom functionality. 

How much technical development you need depends on the complexity of your solution. If you need a straightforward internal app, Power Fx, standard connectors, and Power Automate may cover most requirements. A more advanced application may require Dataverse, APIs, custom components, JavaScript, or Azure services. 

So, if you are wondering what a Power Apps developer does in practice, the role involves a mix of low-code configuration, process design, data management, integration, and custom development when the project requires it. 

What Does a Power App Developer Do?

A Power App developer starts by understanding what your users actually need to accomplish. Who will use the app? What information do they need? Where does that information come from? What should happen after someone submits a form, updates a record, or approves a request? 

Answering these questions helps the developer turn a business process into a clear application structure. 

From there, the developer can design screens and forms, configure data connections, create formulas with Power Fx, set up business rules, and connect the application with automated workflows. 

Data architecture also plays an important role. Your information might come from Microsoft Dataverse, SharePoint, SQL Server, Microsoft 365, or other connected services. Instead of making your team manually move information between systems, the app can give users one place to work with the data they need. 

A developer also tests permissions, formulas, integrations, navigation, and application behavior before deployment. If you are building a larger solution, development may also involve separate development, testing, and production environments so changes can move through a controlled release process.

What Is Microsoft Power Apps for a Developer?

If you are wondering what Microsoft Power Apps developers offer, it goes beyond a visual drag-and-drop app builder. Power Apps gives developers a low-code foundation while still allowing them to extend an application when standard features cannot meet your requirements. 

Power Apps mainly gives you two approaches for building business applications: canvas apps and model-driven apps. 

Canvas Apps

Canvas apps give you more control over how the application looks and how users move through it. Developers can arrange screens, forms, galleries, buttons, and other controls around the way your team needs to complete a task. 

They can also connect the app to sources such as Dataverse, SharePoint, and other supported services. This makes canvas apps useful when you need a tailored interface or want users to work with information from different systems through one application. 

In the Power Apps projects we work on, canvas apps are often a practical fit when users need a task-specific interface rather than a standard record-based layout. Field inspections are one example, where the screens can follow the actual sequence of the inspection and keep the required information together as users move through the task. 

Model-Driven Apps

Model-driven apps take a different approach. Instead of starting with the screen design, you start with structured data in Microsoft Dataverse. 

Developers define tables, relationships, forms, views, charts, and other components around that data. This makes model-driven apps useful when your users spend most of their time managing records and following structured business processes. 

In practice, we see model-driven apps work particularly well for processes built around connected records, such as cases, customers, and service requests. Their structured forms, views, and relationships give users a consistent way to work with those records as they move through the process. 

Your choice between canvas and model-driven apps therefore depends on how your team needs to use the application, not on which option sounds more advanced. 

What Power Platform Developer Skills Are Important?

The right Power Platform developer skills combine an understanding of business processes with technical development knowledge. 

A developer should understand Power Apps, Power Fx, Dataverse, data relationships, connectors, security, and Power Automate. More importantly, they should know when built-in Power Platform features can solve your requirement and when custom development makes more sense. 

For more advanced projects, traditional development skills become important too. Developers can work with technologies such as JavaScript, APIs, Azure Functions, plug-ins, webhooks, custom connectors, and Power Apps Component Framework components. 

Integration skills matter because your business app rarely operates completely on its own. You may need it to retrieve customer information, update another system, trigger an approval, send information to a service, or bring data from several sources into one workflow. 

Testing and troubleshooting skills matter as well. An app that works with a few test records may behave differently when your team starts working with larger datasets, different user permissions, and multiple integrations. 

A capable developer therefore needs to think beyond whether an individual screen works. They need to understand what happens across the complete process. 

What Are Some Examples of Power Apps?

The best Power Apps use cases usually start with a process that creates unnecessary work for your team. You may rely on spreadsheets, email chains, paper forms, or repeated data entry simply because users do not have one application for completing the task. 

Inspection apps are one of the practical Power Apps use cases we come across when teams need to move checks away from paper forms or disconnected records. These apps bring inspection details into a structured digital process, where users can record findings from a phone or tablet and connect identified issues with the required follow-up steps. 

Asset management apps are another use case we see when equipment information has become difficult to manage across separate spreadsheets or records. Bringing asset details, assignments, status updates, and maintenance information into one application gives users a more consistent way to work with that information. 

Request and approval apps commonly address processes that still move through forms, emails, and manual follow-ups. We see these apps used to bring structured requests into one place, while Power Automate handles the required approval steps and Power Apps gives users a clear interface for submitting and reviewing information. 

Case and service management apps are another use case we see for processes that involve larger numbers of connected records. Dataverse keeps those records structured, while a model-driven app gives users forms, views, dashboards, and defined processes for managing each case. 

Power Apps can also support inventory tracking, field data collection, employee onboarding tasks, project updates, and internal data-entry processes. 

However, you should not build an app simply because Power Apps makes development faster. Start with the process. If an application can remove unnecessary steps, reduce repeated data entry, or give your team a clearer way to work with business data, you have a stronger reason to build it. 

When Does Your Power Apps Project Need a Developer?

Not every Power Apps project requires the same level of development expertise. 

If you need a small departmental app with a simple data source and only a few screens, standard low-code features may be enough. However, the need for a developer becomes stronger when your requirements include complex data models, multiple integrations, custom APIs, advanced security, reusable components, or business logic that standard controls cannot handle. 

You may also need a developer when your app has to connect with existing business systems or when standard Power Platform capabilities stop covering the process. 

That does not mean custom code should become the default solution. In fact, a good developer should avoid adding unnecessary complexity. The goal is to use standard Power Platform capabilities where they work and extend the platform only where your requirements call for it. 

How Does a Power App Developer Turn Your Process Into an App?

Development should start with your process, not with the app interface. 

First, you need to identify who will use the app, what tasks they perform, what data they need, and which decisions or approvals happen along the way. This gives the developer a clearer picture of what the application actually needs to support. 

Next comes the data structure and application type. If your process needs a highly tailored mobile interface, a canvas app may make sense. If users mainly work with structured Dataverse records and defined processes, a model-driven app may provide a better fit. 

The developer can then build the interface and business logic, connect the required systems, add automation where it helps, and test the complete process. 

Following this sequence helps you avoid a common mistake: building an app that looks polished but does not match the way your team actually works. 

How Code Creators Supports Your Power Apps Development

Building a useful Power App starts with understanding what your team is trying to improve. At Code Creators, our Power Platform work involves looking at the existing process, the data behind it, the people who use it, and the manual steps that make everyday tasks slower or harder to manage. 

Our Power Apps development services focus on turning those requirements into applications that fit the way your team works. Depending on the process, that can involve canvas or model-driven apps, Dataverse, Power Automate, system integrations, or custom development. We use standard Power Platform capabilities where they meet the requirement and extend them when the application needs more control or functionality. 

The result is a solution built around a clear business need rather than a collection of features that your team does not need. 

Have a process that is difficult to manage through spreadsheets, emails, or disconnected tools? Talk to Code Creators about turning it into a Power Apps solution that gives your team a clearer way to get the work done. 

Conclusion

A Power App developer helps you move from a business requirement to an application that connects users, data, business logic, and workflows. While Power Apps gives you low-code tools for building applications, professional development becomes more important as your requirements grow more complex. 

The way you build the app matters too. Canvas apps give you greater control over the interface and work well when the user experience needs to follow a specific task. Model-driven apps start with structured Dataverse data and suit processes where users need to manage connected records consistently. 

The examples also show where Power Apps can make a practical difference. Inspection apps can move field checks away from paper forms. Asset apps can replace disconnected spreadsheets. Request and approval apps can give employees one place to submit information and follow a process. Case management apps can organize records and activities around a structured workflow. 

So, before you start development, look at the process you want to improve. Identify where users lose time, where information becomes disconnected, and which steps create repeated manual work. Those details will tell you what the app needs to solve and how much development the solution actually requires. 

The right development support can make the difference between an app that simply works and one that fits naturally into your team’s daily operations. Book a consultation with us today to discuss how we can support your Power Apps development.

You can spend 20 minutes writing the main points for a presentation and then lose another two hours turning them into usable slides. The problem is rarely the lack of information. It is deciding what to keep, what to cut, how to structure each slide, and how to make the whole deck feel clear instead of crowded. 

In our work at Code Creators with Microsoft 365 environments, we regularly come across teams facing this exact problem, especially when presentations need to be created quickly from reports, meeting notes, or existing business content. That experience makes it easier to see where Copilot in PowerPoint is genuinely useful: it can help turn rough content into slides, tighten wording, improve structure, add visuals, and make presentation review faster. 

In this article, you will learn how Copilot in PowerPoint helps you create better presentations, where to find it, how to use it, and which presentation tasks it can handle. 

How Can Copilot Help in PowerPoint?

Copilot in PowerPoint works as an assistant inside the presentation. You can ask it to create a deck, add slides, rewrite content, reorganize sections, generate or replace images, summarize the presentation, and answer questions about what is already in the file. 

That means you can handle more of the presentation workflow without moving between separate tools. However, Copilot works best when you give it clear instructions about the audience, purpose, topic, and expected outcome.

Create a Presentation From a Prompt

One of the most useful ways to use Copilot in PowerPoint is to start a presentation from a written prompt. 

You can describe the topic, audience, purpose, and main points you want to cover. Copilot can build an outline and generate slides from those instructions. It may also ask follow-up questions about the audience, presentation style, or image preferences before creating the deck. 

In presentation work, we often see users begin with the content already mapped out but still spend time deciding how to divide it across slides. Copilot can use those existing points to build an initial slide structure, which users can then review and refine. You can then refine the outline before Copilot generates the slides. 

Turn Existing Content Into Slides

Copilot can also create a presentation from existing content. Depending on your Microsoft 365 Copilot license, you may be able to reference a Word document or PDF and use it as the source. 

This is useful when the information already exists in a report, proposal, project document, or briefing. Instead of copying sections into slides manually, Copilot can identify key points and turn them into a draft presentation. 

A well-structured source file helps. Clear headings in a Word document make it easier for Copilot to understand how the content should be divided across slides. Still, review the wording, slide order, facts, and level of detail before using the deck. 

Improve Slide Structure and Flow

A presentation can contain accurate information and still feel difficult to follow. This often happens when the slide order is weak, sections do not connect well, or several slides repeat the same point. 

Copilot can reorganize presentation content, add new slides, update existing slides, and improve the flow of the deck. You can ask it to add a summary slide, create a missing section, or adjust the structure so the presentation moves more clearly from one point to the next. 

Rewrite and Condense Slide Text

Slides become difficult to read when they contain long paragraphs or unclear wording. Copilot can help refine text without making you rewrite every section manually. 

PowerPoint includes Copilot rewrite options that can improve wording, condense text, or make the tone more professional. This helps when a slide contains the right information but the copy feels too long, repetitive, or informal. 

One issue we regularly come across is slides carrying too much text because content has been taken directly from reports or internal documents. Copilot can help reduce that text while keeping the main message intact and adjust the wording when the audience needs a simpler explanation. 

Add Visuals That Support the Message

Copilot can help with visual content by generating or inserting relevant images and replacing visuals that no longer fit the slide. 

This can speed up the design process when you know what a slide should communicate but do not have a suitable image ready. You can describe the visual you need, and Copilot can help create or suggest one. 

Review each visual to make sure it supports the message and fits the presentation tone. 

Summarize and Review Presentations Faster

Copilot is also useful when you receive a presentation rather than create one. 

You can ask it to summarize the deck, identify key slides, show action items, or answer questions about the presentation. Microsoft also provides references in Copilot responses so you can see where information came from in the deck. 

This helps when you need to understand a long presentation before a meeting. Instead of reading every slide first, you can ask for the main points and then review the slides that need closer attention. 

Where Is Copilot in PowerPoint?

If you are wondering where is Copilot in PowerPoint, look at the bottom-right corner of the slide editing area. In current Microsoft 365 versions, Copilot appears there as the Copilot Dynamic Action Button. Select it to open the Copilot pane on the right side of PowerPoint. 

If you prefer accessing Copilot from the ribbon, right-click the Copilot Dynamic Action Button and select Move to ribbon. PowerPoint remembers this choice across sessions on supported Windows and macOS versions. 

If you do not see Copilot in PowerPoint, check these things in order:

The Enable Copilot setting applies to personal Microsoft accounts. It is not available in the same way for managed work or school accounts.

Following these checks in order helps narrow down whether the missing Copilot button is caused by the account, license, PowerPoint version, privacy settings, or organizational configuration.

How to Use Copilot in PowerPoint Effectively

Knowing how to use Copilot in PowerPoint is less about learning commands and more about giving clear instructions. 

Start by telling Copilot what you want it to do. Then add useful context. A strong prompt usually includes the task, topic, audience, and any important limits. 

We have found that Copilot responds better when the request includes clear details about the audience, presentation length, subject, and expected outcome. Giving it that context usually produces a more useful starting point than a broad request to simply create a presentation. 

Users often get better results by refining the presentation in smaller steps instead of trying to perfect everything in the first prompt. Once the initial deck is ready, Copilot can be used to shorten individual slides, add missing sections, or adjust the wording for the intended audience. 

If you are asking how can Copilot be utilized in PowerPoint, this back-and-forth process is important. You do not need to get the entire deck right in one prompt. Start with a clear request, review the result, and improve it step by step. 

What You Should Still Review Yourself

Copilot can reduce presentation work, but it should not replace your judgment. 

Review facts, numbers, names, claims, and source information before presenting the deck. Also check whether the slide order makes sense for the audience and whether the tone suits the situation. 

Microsoft recommends reviewing generated content because Copilot output can contain errors or miss important context. Your own subject knowledge remains important, especially for business, technical, customer, or financial presentations. 

Get More From Copilot in PowerPoint With Code Creators

Having Copilot available in PowerPoint does not automatically mean teams know where it is worth using. Some presentation tasks benefit from a quick first draft, while others need more control over the source material, structure, or final wording. 

That distinction matters when Copilot becomes part of a wider Microsoft 365 environment. At Code Creators, our work in this space focuses on helping businesses understand where Copilot can genuinely support existing processes and where human review still carries the most weight. Our Microsoft Copilot services cover the practical side of adoption, from understanding available capabilities to helping teams use them in a way that makes sense for their Microsoft 365 environment. 

Bring us the Copilot challenges your team is running into, and we can help you work out a more practical way to use it across PowerPoint and Microsoft 365. 

Conclusion

Copilot in PowerPoint is most useful when the presentation already has a clear purpose and Copilot is used to speed up the work around it. It can help turn source material into slides, tighten lengthy content, improve structure, add visuals, and make an existing deck easier to review. Still, the final presentation needs human judgment to make sure the message, facts, and level of detail are right for the audience. 

The better the instructions and source material you give Copilot, the more useful its output becomes. Instead of treating it as a replacement for presentation planning, it works better as a tool for getting from raw information to a stronger draft with less manual effort. 

If your business is considering a broader use of Copilot across Microsoft 365, book a consultation with Code Creators to identify where it can add the most value before you roll it out to your teams. 

SharePoint hub sites connect related sites into a flexible network by adding a shared navigation layer, unified branding, aggregated search, and centralized news, without forcing content into a rigid, nested folder structure. At Code Creators, the mistake we see most often isn’t technical misconfiguration, it’s governance: someone registers a hub for every department, every project, every small team, and within a year the intranet is just as confusing as the file-share sprawl it replaced. This guide covers how to design, configure, and manage a hub architecture that stays organized as your organization grows, not just when it first launches. 

Architectural Comparison: SharePoint Hub Site vs. Team Site 

Understanding the distinction between site containers and aggregating hubs is the foundation of modern intranet design. 

Team and communication sites are isolated content containers, holding project work, department documentation, and their own custom permissions. A SharePoint hub sits above them as an organizational layer, connecting multiple sites under centralized navigation, aggregated search, and universal theme styling, without containing content itself. 

Clarifying the Core Differences 

When planning your intranet layout, it helps to be clear on each site type’s role: 

• Team sites. Purpose-built for collaboration among smaller groups or project teams. They store active working files, connect directly to Microsoft Teams channels, and restrict access to designated team members. 

• Communication sites. Designed for broadcasting information to wide audiences across the organization, such as HR policy portals or company news sites. 

• Hub sites. An organizational layer rather than a physical content container. A hub ties distinct communication sites and team sites together under a single umbrella, applying common branding, top-level navigation, and cross-site search.

Phase 1: Designing an Enterprise SharePoint Hub Site Architecture 

Designing a flat, adaptable intranet structure means abandoning outdated nested subsite hierarchies in favor of a modern hub architecture. 

The Modern Flat Topology Model 

In classic SharePoint, IT teams created complex subsites nested deep beneath a root site collection. Moving a subsite to a new department meant painful content migrations and broke existing hyperlinks. 

Modern SharePoint uses a flat topology instead, where every site exists as an independent site collection. You connect these standalone sites using a hub and spoke design: the hub acts as the parent landing portal for a specific business domain, such as Human Resources, Global Sales, or Operations, while spokes are the standalone team sites or communication sites, such as Payroll, Employee Benefits, or Recruiting, associated directly with that parent hub. 

If your company restructures, administrators simply change the hub association without breaking site permissions or migrating content. We’ve moved entire departments between hubs in an afternoon this way, on tenants where the same move under the old nested-subsite model would have taken weeks of careful migration planning. 

Phase 2: Configuration and Association Workflows 

Associating individual site collections with a central parent portal takes only a few clicks inside the SharePoint Admin Center or a simple PowerShell command. 

Executing Hub Site Association 

Connecting a child site to a parent hub relies on the hub site association feature: 

1. Open the SharePoint Admin Center and select Active sites. 
2. Select the target communication or team site you want to convert, click Hub, and choose Register as hub site. 
3. Select any child site, navigate to Site Information from the gear icon, and select your newly registered parent portal under Hub site association. 

Once connected, the child site automatically inherits the top navigation menu, color schemes, and logo assets defined at the hub level. 

One detail worth planning around: association changes can take up to 2-4 hours to fully propagate across the tenant, so don’t assume a failed test immediately after registering a hub means something’s broken. If you’re planning a hub rollout across multiple departments and want a second opinion on the association sequence before you commit, our SharePoint Managed Services & Support team at Code Creators can help you sequence that rollout so departments aren’t left without navigation mid-transition. 

Enterprise SharePoint Hub Site Examples 

Organizations build tailored intranet environments by grouping related workspaces into functional hub networks. Practical examples include: 

• Human Resources Hub. Links separate communication sites for Employee Benefits, Global Onboarding, Corporate Travel, and Payroll Services. 

• IT Support Hub. Connects individual portals for Software Requests, System Status Dashboards, Hardware Ordering, and Cybersecurity Guidelines. 

• Global Sales Hub. Combines regional team sites, such as North America Sales, EMEA Operations, and APAC Field Teams, into a single global portal.

Audience Targeting and Security Permissions 

How do security permissions and audience targeting work across an associated hub network? 

Associating sites with a parent hub doesn’t automatically merge or override underlying site permissions. Each associated site keeps its own unique security boundaries, Microsoft 365 Groups, and access controls. 

When users run search queries or view roll-up web parts, such as Highlighted Content or News, on the parent hub portal, SharePoint uses security trimming. This ensures employees only see news posts, files, and navigation links they have explicit permission to view. Administrators can also enable audience targeting on the shared hub menu to tailor specific navigation links to designated Microsoft Entra ID groups. 

Phase 3: SharePoint Hub Site Best Practices for Enterprise Governance 

To maintain a clean, organized intranet over time, a few operational guidelines matter more than any individual configuration choice. 

1. Limit the Total Number of Hub Sites

Don’t register every department site as an independent hub. Limit your registered parent hubs to major organizational domains, such as HR, IT, Finance, and Operations, to prevent visual confusion and keep top-level navigation manageable. Microsoft technically allows up to 2,000 hub sites per tenant, but hitting anywhere close to that number is a sign your hub strategy has broken down, not a target to aim for. Most organizations, even large ones, genuinely need somewhere between 8 and 15 hubs mapped to real business units or geographies, not one per team.  

2. Implement Dynamic Audience Targeting

Enable audience targeting across global navigation menus and news roll-up web parts. This prevents information overload by tailoring content displays based on user roles, office locations, or department groups. 

3. Establish Clear Hub Ownership

Assign dedicated hub owners responsible for maintaining shared navigation links, approving site association requests, and keeping cross-site visual themes aligned with brand guidelines. We’ve walked into more than one tenant where hub ownership was informal or forgotten entirely, and the result was months of stale navigation links nobody felt authorized to fix. 

4. Leverage Associated Hub Relationships

For large global enterprises, hub-to-hub associations let a parent hub connect to child hubs, each with their own associated sites, enabling cross-hub search and navigation across multiple division portals. Microsoft currently supports one level of this nesting (parent hub to child hub), not deeper hierarchies. If you find yourself wanting a third level, that’s usually a signal to rely on metadata and search refinement instead of adding more hub layers.

Build a Modern Enterprise Intranet With Code Creators 

Architecting scalable intranet topologies, configuring governance models, and executing seamless content migrations require deep platform knowledge. Without structured planning, intranet rollouts risk site sprawl, broken navigation, and poor employee adoption. 

At Code Creators, our certified Microsoft intranet architects help organizations design, deploy, and govern modern digital workplaces, and we’ve cleaned up enough over-hubbed tenants to know exactly what that governance failure looks like before it happens. From configuring custom communication portals to building complete enterprise intranets, we help your business turn disconnected portals into a unified digital workspace. 

Schedule a Consultation for SharePoint Managed services & support at Code Creators to design a hub architecture sized for your organization, not one you’ll need to untangle in a year.

A Confluence to SharePoint migration moves your wiki spaces, pages, and attachments into SharePoint sites and document libraries, unifying knowledge management under one Microsoft 365 tenant instead of running two separate platforms. At Code Creators, the detail that catches teams off guard almost every time is that there’s no native Microsoft tool for this move at all, Microsoft’s own migration tools were built for SharePoint Server and file shares, not Confluence, so this is third-party or custom-scripted territory from day one.  This guide breaks down the planning stages, content mapping rules, the tooling options that actually exist, and the step-by-step execution phases to move your documentation smoothly. 

Why Modern Enterprises Migrate Confluence Spaces to SharePoint 

Operating two separate knowledge hubs splits team workflows and increases operational costs. Moving team wikis into Microsoft 365 resolves a few core challenges: 

1. Lower subscription costs. Eliminate duplicate vendor licenses by replacing Atlassian cloud subscriptions with your existing Microsoft 365 licensing. 
2. Unified workspace access. Connect wiki documentation directly to Microsoft Teams channels, OneDrive libraries, and Power Platform applications. 
3. Unified security and governance. Enforce consistent Entra ID permission policies, conditional access rules, and Data Loss Prevention controls across all company records. 
4. Centralized search. Let employees search company wikis, SharePoint document libraries, and Outlook emails from a single search box. 

Core Content Mapping: Converting Confluence Elements to SharePoint 

Confluence and SharePoint store and present information differently. Understanding how source elements map to target SharePoint containers prevents data loss during the transfer. 

Mapping Spaces to Sites 

In Confluence, content lives inside Spaces (like an HR Space or Engineering Space). In SharePoint, each space maps directly to a standalone modern Site Collection, such as a Communication Site for company-wide news or a Team Site for project work. 

Mapping Pages and Formatting 

Confluence uses structured page hierarchies, inline macros, and attachments. When you migrate Confluence pages to SharePoint, pages transform into SharePoint Modern Site Pages, file attachments move to underlying Document Libraries, and macros convert into standard Microsoft 365 web parts, such as navigation, tables, or embedded documents, where a direct equivalent exists. 

Phase 1: Pre-Migration Discovery and Data Cleanup 

Successful migration projects rely on thorough planning before moving any data. Auditing your source environment prevents migrating outdated, duplicate, or irrelevant pages. 

Step 1: Run a Full Content Inventory 

Audit every space in your Confluence instance. Identify active spaces, archived projects, page counts, total storage volume, and custom macros. 

Step 2: Clean Up Obsolete Data 

Don’t move dead data into your clean Microsoft 365 environment. Archive old project spaces, delete duplicate file attachments, and remove orphaned pages that haven’t received updates in over two years. 

Step 3: Review Unsupported Macros 

Confluence relies heavily on proprietary macros, such as page trees, dynamic status macros, and draw.io diagrams. Identify these early so you can replace them with native SharePoint web parts, embedded Power BI visuals, or standard text formatting. In our experience, dynamic status and reporting macros cause more rework than anything else in a migration, since they often pull live data from other Atlassian products with no direct SharePoint equivalent, not just formatted text that converts cleanly. 

Phase 2: Choosing the Right Confluence to SharePoint Migration Tool 

Manually copying and pasting hundreds of nested wiki pages into SharePoint takes too much time and risks losing formatting, user attribution, and page history. Modern enterprise transfers require automation, but it’s worth being direct about your starting point: there’s no native Microsoft migration path for Confluence content. Microsoft’s SharePoint Migration Tool (SPMT) and Migration Manager are built specifically for SharePoint Server, file shares, and a handful of other cloud sources like Box and Google Workspace. Neither supports Confluence as a source at all. If you were hoping to lean on a free Microsoft tool for this move, that option genuinely doesn’t exist, and it’s better to know that at the planning stage than discover it mid-project. 

Your real options fall into two categories: 

1. Specialized Confluence migration tools, such as WikiTraccs or Tzunami Deployer, purpose-built to parse Confluence’s storage format, reconstruct page hierarchies, and map user accounts specifically for a Confluence-to-SharePoint move. 
2. Custom migration scripts. For complex or highly customized setups, engineers use Python scripts or direct REST API calls to extract Confluence’s storage format (XHTML) and rebuild modern pages inside SharePoint using the Microsoft Graph API. 

General-purpose enterprise SharePoint migration platforms, such as ShareGate, Quest, or AvePoint, are strong tools for SharePoint-to-SharePoint and tenant-to-tenant moves but confirm directly with the vendor whether Confluence is a supported source before assuming it’s covered, since their core strength is elsewhere. 

If you’re evaluating which of these paths fits your Confluence environment’s complexity, that’s exactly the kind of scoping call worth having before you commit to a tool. Our SharePoint Migration Services team at Code Creators has planned this exact kind of migration and can help you avoid discovering a tooling gap partway through the project. 

Step-by-Step Technical Guide: How to Migrate Confluence to SharePoint 

Following a structured methodology ensures your data moves safely without disturbing daily team operations. 

Step 1: Provision Target Sites and Permissions 

Create your destination SharePoint sites based on your architectural design. Set up Entra ID security groups that mirror your Atlassian user permissions to ensure proper access control from day one. 

Step 2: Configure Account and Identity Mapping 

Configure identity mapping inside your migration tool. Map Atlassian user accounts (email addresses) to target Microsoft Entra ID accounts so created dates, modified dates, and page author attributes carry over accurately. 

Step 3: Run a Pilot Migration 

Never start with a full production migration. Select a medium-sized, representative Confluence space containing tables, attachments, and nested pages. Run a test migration to evaluate speed, page formatting, image rendering, and link integrity. We’ve caught macro conversion issues during a pilot more than once that would have quietly broken dozens of pages if they’d only surfaced during the full production cutover instead. 

Step 4: Execute the Production Cutover 

Once you validate the pilot results and refine your mapping rules, schedule the production cutover during off-peak hours: 

1. Set the source Confluence space to Read-Only mode to prevent new edits.
2. Run the full migration pass using your chosen migration utility.
3. Perform a delta migration pass to capture any last-minute content updates.
4. Verify link references, navigation structures, and document attachments on the target SharePoint site.
5. Redirect old Confluence URLs or inform users to start using the new SharePoint site. 

Operational Comparison: Confluence vs. SharePoint Online 

Handling Page Formatting and Macro Conversions 

How do custom Confluence macros convert when moving to SharePoint modern pages? 

Custom Confluence macros don’t convert into SharePoint natively, since both platforms use different rendering engines. When you migrate content, specialized migration utilities parse proprietary Confluence macros, such as status pills, tables of contents, or dynamic page lists, and convert them into equivalent modern SharePoint components where one exists. A Confluence Page Tree macro, for example, can convert into a SharePoint Quick Links or Navigation web part. Any unsupported macros render as plain text or clean HTML blocks, letting site owners replace them manually with native Microsoft 365 web parts. 

Post-Migration Best Practices 

Once your content transfers successfully, a few governance practices help ensure user adoption and keep pages organized. 

Re-establish Page Navigation and Hub Associations 

Connect your new SharePoint sites to central SharePoint Hub Sites. This unifies top-level navigation, applies corporate branding automatically, and enables cross-site search across all migrated team wikis. 

Update Hyperlinks and Cross-Page References 

Run automated broken-link reports across your new site collection. Update internal page links that previously pointed to *.atlassian.net domain addresses so they point directly to the new SharePoint page URLs. 

Conduct User Training and Onboarding 

Train team members on creating modern pages, using web parts, editing text blocks, and managing document permissions inside SharePoint. Showing users how to access documentation directly inside Microsoft Teams accelerates platform adoption. 

Decommission the Confluence Instance 

Keep your old Confluence instance in read-only mode for a brief transition window, typically 30 to 60 days, to allow for data verification. Once validated, export full space backups to cold storage and terminate your Atlassian subscriptions to capture immediate cost savings. 

Technical Evaluation Matrix: Migration Approaches 

Transition Knowledge Repositories Smoothly With Code Creators 

Migrating enterprise wikis, preserving document history, re-architecting page structures, and maintaining user access permissions require deep platform expertise. Without structured planning and proper migration tooling, moving away from Confluence risks broken links, lost documentation, and operational downtime. 

At Code Creators, our certified Microsoft intranet architects and migration specialists help organizations plan, execute, and secure complex content migrations, and we’ve walked clients through exactly the tooling gap this guide describes, since it’s the first thing that surprises most teams planning this move. From configuring modern intranet hubs to delivering end-to-end data transfers, we help your business unify enterprise knowledge securely inside Microsoft 365. 

Schedule a Consultation for SharePoint migration services at Code Creators to plan a Confluence migration around tools that actually support your source platform.